A BETTER WAY TO BUILD STAINLESS-STEEL BOOSTER MANIFOLDS
Engineered around your pump arrangement, operating requirements and connection standards— not selected
from a fixed catalogue.
Custom cold-formed manifold assemblies for booster-system manufacturers seeking lighter construction, controlled branch geometry and reliable OEM production.
Taiwan-based international project support, specialized
stainless-steel manufacturing and more than 10+ years
of supply experience with U.S. customers.
Taiwan-Based
Project Support
International sales, engineering coordination and customer support from Taiwan.
Specialized Manufacturing in GuangDong, China
Advanced equipment, skilled team and strict quality control for consistent OEM production.
Custom-Engineered for Your System
Proven Experience
with U.S. Customers
Every manifold is built to your drawing, specifications and applications requirements.
More than 10 years of customized supply with a strong quality field-control record.
WHAT IS YOUR BOOSTER SYSTEM USING TODAY?
Booster-system manufacturers use different manifold materials and fabrication methods depending on application, history and internal production capability.
Yurong helps OEMs evaluate whether a custom cold-formed stainless-steel manifold can provide a better fit for their next design.
USING HEAVY FABRICATED PIPE?
ALREADY USING STAINLESS STEEL?
USING PVC OR CPVC?
Explore whether an application-specific optimized-wall design can reduce unnecessary material and system weight.
Evaluate a durable stainless-steel alternative for demanding commercial and industrial booster applications.
Compare conventional branch-over-opening construction with controlled pull-out branch forming.
ENGINEERING AND MANUFACTURING CAPABILITY
30+ Years
Stainless steel fabrication & international pump-industry experience
Custom manifold configurations developed for OEM applications
600+
Custom
Designs
Material options selected according to water quality, corrosion requirements and customer specifications.
Main-header sizes available according to project requirements, including large custom diameters.
Large Custom Header Diameters
SS304 AND316
Built for booster-system OEMs who demand quality, consistency and long-term supply spport.
Every completed manifold is mechanically pressure-tested according to the approved inspection plan and order requirements.
Mechanical Pressure Testing
10+ Years Serving U.S. Customers
Customized OEM supply supported by a strong field-quality record.
Serving OEM customers across North America, South America, Europe, Asia Pacific, the Middle East and Africa.
BUILT AROUND THE BOOSTER SYSTEM—
NOT AROUND A CATALOGUE
Every Yurong manifold is manufactured according to the customer’s system layout,
pump spacing, branch size, pressure requirement, connection standard and production needs.
CUSTOM-ENGINEERED FOR EACH SYSTEM
APPLICATION-SPECIFIC WALL THICKNESS
CONTROLLED PULL-OUT BRANCH GEOMETRY
PRODUCTION-READY
MANIFOLD ASSEMBLIES
BUILT FOR REPEAT OEM PRODUCTION
Header diameter, branch spacing, pump connections, instrumentation ports, end connections, surface treatment and overall dimensions are developed according to the customer’s approved design.
A branch collar is mechanically formed from the main header before welding, creating a more controlled transition than a branch positioned directly over a cut opening.
Yurong supplies completed manifold assemblies that can reduce the customer’s internal cutting, branch fitting, welding, finishing, inspection and coordination work.
Wall thickness is selected according to manifold size, material, geometry, operating pressure, test pressure and customer requirements. The objective is not simply to use thinner material, but to avoid unnecessary weight and material where the design permits.
Yurong supports prototypes, drawing revisions, repeat orders, private labeling, project-specific inspection requirements and long-term OEM production.
PULL-OUT FORMING TECHNOLOGY
Conventional manifold construction often requires a large opening to be cut in the main pipe before the branch is positioned and welded.
With pull-out forming, a controlled branch neck is formed from the wall of the main pipe. The branch connection is then completed using an approved welding process.
This method can provide a smoother internal transition, improved branch positioning consistency, reduced internal protrusions, more repeatable production and a cleaner finished appearance.
CONVENTIONAL WELDED METHOD V.S. YURONG TECHNOLOGY
Conventional Welded Manifolds
YuRong Pull-Out Technology
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Internal welding marks
Flow disturbance
Higher pressure Loss
Quality variation
More maintenance
Smooth internal flow
Reduced turbulence
Lower pressure Loss
Consistent quality
Longer system life
V.S.
MANIFOLDS FOR DIFFERENT BOOSTER SYSTEM CONFIGURATIONS
Custom solutions for vertical multistage, horizontal, multi-pump and project-specific booster packages.
ENGINEERED FOR BOOSTER SYSTEMS
Commercial
Buildings
YURONG stainless steel manifolds are designed to meet the demanding requirements of booster system applications in a wide range of industries.
Hotels
HVAC
Municipal
Water
Supply
Industrial
Water
System
In conventional manifold fabrication, an opening is cut into the main header and a branch pipe is positioned directly over the opening before welding.
With pull-out forming, a controlled collar is mechanically drawn from the header wall. The branch connection is then fitted and welded to the formed collar.
WHAT IS COLD-FORMED PULL-OUT MANIFOLD TECHNOLOGY?
Pull-out forming does not eliminate welding. Its purpose is to create a more controlled branch foundation before welding, supporting improved branch alignment, reduced internal protrusion and more repeatable production.
CONTROLLED BRANCH POSITIONING
REDUCED INTERNAL
WELD INTRUSION
CLEANER INTERNAL TRANSITION
REPEATABLE
PRODUCTION
The formed collar helps establish branch location and alignment before welding.
The branch geometry can help minimize unnecessary weld protrusion into the flow path.
The formed collar creates a more gradual transition than some conventional surface-mounted branch constructions.
Controlled forming and fixture-based welding support consistent branch spacing and geometry across repeat orders.